The circular economy is often presented as an engineering puzzle: redesign products, improve recycling, reduce waste, substitute cleaner materials. None of that is wrong. But it is incomplete. The deeper constraint is institutional. Economies become linear not simply because firms are short-sighted or technologies immature, but because the legal and administrative architecture surrounding materials still treats value as something realised at the point of sale and responsibility as something that evaporates at the point of disposal.
By mid-2026, the most interesting movement in circularity is therefore not another promise of miracle recycling. It is the slow construction of a rulebook. Across Europe in particular, policy is shifting from exhortation to allocation: assigning duties to producers, rights to repairers and consumers, traceability obligations across supply chains, and procurement criteria for the public sector. The ambition is to make materials legible over longer periods of time, so that durability, recovery and reuse become normal economic outcomes rather than boutique exceptions.
This changes the centre of gravity. A circular economy is not only a metabolism of materials; it is a constitution of rights and duties.
Why governance is the real bottleneck
Material loops do not close by goodwill alone. If a manufacturer has no continuing obligation after sale, if a repairer lacks access to parts or information, if secondary materials carry uncertain quality signals, and if municipalities inherit the cost of handling difficult products, then linearity is the path of least resistance. Markets, left to themselves, often price the first transaction better than the twentieth use cycle.
The OECD and the UN Environment Programme’s International Resource Panel have made the structural case plain. Global material use continues to rise, and the environmental burden of extraction remains foundational to climate, biodiversity and pollution pressures. The challenge is therefore not merely waste management at the end of life. It is governance across the whole life cycle: design, use, maintenance, disassembly, recovery and re-entry into production.
What matters is not whether every product is recyclable in theory, but whether someone is clearly responsible in practice.
From waste policy to asset policy
One way to understand the current transition is as a move from waste policy to asset policy. Traditional waste regulation has been necessary, particularly for public health and environmental protection. Yet once an item is primarily classified through the lens of disposal, economic imagination narrows. The object becomes a liability to be managed rather than a stock of value to be preserved.
Circular policy increasingly tries to intervene earlier. Ecodesign rules seek to affect durability, reparability and upgradability before products enter the market. Repair legislation aims to keep goods in use longer. Extended producer responsibility schemes assign financial or operational obligations for collection and treatment. Digital information systems, including product passports in some sectors, are meant to reduce informational friction about composition and maintenance. Taken together, these tools do not abolish markets. They reshape the legal boundaries within which markets operate.
This is more radical than it sounds. Once a product carries enforceable expectations beyond the moment of sale, the economic unit is no longer just the object itself. It is the object plus its chain of obligations.
The quiet revolution in product law
The European Union’s recent legislative package is significant precisely because it works through ordinary product law rather than grand declarations. The Ecodesign for Sustainable Products Regulation broadens the logic once applied mainly to energy-related products towards a much wider range of goods, allowing requirements linked to durability, reparability, recycled content and information provision. The Right to Repair directive pushes in the same direction by making repair easier and, in some cases, harder to avoid.
A circular economy is not only a metabolism of materials; it is a constitution of rights and duties.
These are not glamorous instruments. They are administrative, technical and often disputed. Yet this is where circularity becomes concrete. If screws must be removable, software support periods become relevant, spare parts availability is mandated, or repair information must be accessible on fairer terms, then design choices begin to reflect longer temporal horizons. The product is no longer optimised solely for manufacturing efficiency and first-sale margin.
The state’s quiet power in circularity lies less in subsidies than in standard-setting, procurement and liability.
The practical significance is that durability stops being a moral preference and starts becoming a regulated attribute. That does not solve every problem. But it narrows the zone in which planned obsolescence, opaque design and non-repairability can masquerade as neutral business decisions.
Extended producer responsibility as constitutional design
Extended producer responsibility, often discussed as a financing mechanism for waste systems, deserves to be seen in more constitutional terms. It answers a basic political question: when a product’s useful life ends, whose problem is that? If the answer is mostly the municipality, the taxpayer and the informal sector, then product design will predictably externalise downstream costs. If the answer is at least partly the producer, incentives shift.
The details matter greatly. Weak schemes can devolve into box-ticking fees detached from actual design performance. Stronger schemes differentiate costs according to repairability, recyclability or toxicity, creating a rough price signal for better design. They can also generate data, because responsibility requires counting, and counting forces visibility onto flows that linear systems prefer to forget.
There are limits. Not every sector lends itself neatly to producer responsibility, especially where supply chains are fragmented or products are generic. Still, the principle remains powerful: material stewardship should travel upstream, not accumulate only at the point where things become inconvenient.
Repair is an economic right, not a nostalgic hobby
Repair is often romanticised, as though it were chiefly about sentiment, craft or frugality. In reality it is a market-structuring question. A device or appliance is repairable only if multiple institutional conditions exist at once: spare parts can be obtained, tools and software are usable, manuals are available, warranties do not unfairly penalise repair, and the price of a fix is not absurdly high relative to replacement.
Recent scholarship on right-to-repair legislation shows how uneven this terrain remains across jurisdictions. Formal rights may exist, but practical accessibility can lag. Independent repairers may be legally permitted yet technically obstructed. Software locks and diagnostic barriers can neutralise nominal openness. Consumers may be encouraged to repair while being denied the material means to do so.
The circular significance is obvious. Every year of additional product life defers new extraction, new manufacturing and new waste. But the broader importance is constitutional. Repair reallocates agency. It limits the manufacturer’s power to dictate the entire afterlife of a product and restores a degree of autonomy to users, service providers and secondary markets.
Public procurement as market-maker
Circularity is frequently discussed as if private consumers were the decisive actors. They matter, but states are often more consequential purchasers than households, especially in buildings, transport, furniture, electronics and healthcare equipment. Public procurement can therefore do more than buy greener versions of existing goods. It can underwrite whole market segments for durability, remanufacture and service-based provision.
What matters is not whether every product is recyclable in theory, but whether someone is clearly responsible in practice.
OECD work on public procurement for a circular economy points to this underused lever. Contracting authorities can specify reparability, modularity, recycled content, take-back obligations, maintenance guarantees and end-of-life recovery. They can also procure outcomes rather than ownership, provided safeguards are well designed. The point is not to outsource public responsibility; it is to use the state’s demand power to reward designs aligned with longer material lifecycles.
This matters especially where circular alternatives struggle with scale. A secondary-material producer or remanufacturer may face volatile demand and uncertain standards. Long-term public contracts can reduce that uncertainty, provided criteria are clear and verification robust. In that sense procurement does not merely purchase the circular economy. It helps write it into existence.
The chemistry problem beneath the materials story
Not all materials should circulate indefinitely in their current form. One of the harder truths in circular policy is that some products contain hazardous substances or complex composites that make repeated reuse or recycling unsafe, uneconomic or both. Circularity without chemical scrutiny can simply recirculate harm.
This is why the European Commission’s safe-and-sustainable-by-design framework matters. It recognises that the circular economy cannot be built on the assumption that everything worth selling is also worth circulating. Materials must be designed not only for performance and cost, but for safer persistence across multiple life cycles. Otherwise downstream actors inherit a toxic archive disguised as a resource base.
The implication is sobering. Circularity is not a universal command to keep every molecule in motion forever. It is a governance discipline for deciding what should circulate, under what conditions, with which information, and when exit from circulation is the safer choice.
The data layer is necessary but not sufficient
Digital product passports and similar traceability systems have become emblematic of the next policy phase. They promise better information on material composition, carbon footprint, repair instructions and end-of-life handling. In sectors such as batteries and construction products, such information could meaningfully reduce friction between producers, users, dismantlers and recyclers.
Still, data should not be mistaken for governance. Information only matters when institutions can act on it. A passport does little if no one is obliged to collect a product, if standards for disclosure are weak, if independent repairers cannot access relevant functions, or if customs authorities cannot verify claims. Digital systems can illuminate a chain of custody, but they do not by themselves create accountability.
The best circular data systems do not replace rules; they make rules enforceable at scale.
This distinction is important because technological enthusiasm can obscure administrative capacity. Inspectors, customs services, competition authorities, market surveillance bodies and local waste managers all remain central. Without them, circularity risks becoming a documentation exercise detached from material outcomes.
Secondary materials need trust, not just supply
A linear economy has one enormous advantage: virgin materials often arrive with predictable specifications, established logistics and accepted risk profiles. Secondary materials may be cheaper in some cases, but they can also be more variable, harder to certify and more administratively cumbersome. For many industrial buyers, this uncertainty is decisive.
The state’s quiet power in circularity lies less in subsidies than in standard-setting, procurement and liability.
The answer is not to pretend variability away. It is to build institutions of trust: common standards, testing protocols, quality assurance systems and liability rules that make secondary inputs usable at scale. Here again the circular economy resembles a legal project as much as an environmental one. Markets function when categories are stable enough to support contracts. If recovered materials remain epistemically suspect, they will struggle to displace virgin supply except during price spikes or under mandatory targets.
This is why standards bodies, regulators and sectoral agreements matter so much. They lower the transaction costs of confidence. Circularity depends not only on moving atoms, but on reducing uncertainty about the atoms being moved.
E-waste shows the cost of institutional failure
Few streams illustrate the governance gap better than electronic waste. The Global E-waste Monitor 2024 reported continued growth in the volume of discarded electronics, with documented shortfalls in formal collection and recycling. The problem is not simply one of consumer negligence. Electronics combine rapid upgrade cycles, complex materials, software dependence, globalised supply chains and uneven enforcement. In such conditions, value leaks easily and responsibility diffuses even faster.
E-waste also reveals an uncomfortable fact about circular narratives. High-value recovery is often concentrated in a few materials, while many other components remain difficult to reuse or recycle economically. If design, take-back and repair rights are weak, the system defaults to partial extraction of value and broad socialisation of risk. Informal workers, local authorities and downstream communities absorb the remainder.
That pattern should caution against overly tidy diagrams of closed loops. Real systems are political. Some actors retain upside while others inherit complexity, toxicity and residual costs. Circular policy succeeds when it reassigns those burdens more fairly and earlier in the chain.
Commons governance has a role, but not the whole answer
Advocates of commons-based approaches are right to note that shared infrastructures can support reuse and maintenance more effectively than atomised ownership alone. Tool libraries, repair networks, shared logistics, refill systems and community-managed assets can reduce material throughput while strengthening local capability. They also challenge the idea that every useful service requires continual new production.
Yet commons governance works best when nested inside supportive legal frameworks. Community initiatives cannot by themselves overcome non-repairable design, absent spare parts, toxic material composition or procurement rules biased towards lowest upfront cost. Nor should local volunteers be expected to substitute for industrial responsibility. The circular economy needs civic infrastructure, but it also needs state capacity and corporate obligation.
The risk in some circular discourse is that social innovation becomes a polite way of offloading systemic failures onto communities. The better view is complementary: commons can extend product life and deepen stewardship, while formal regulation tackles the upstream conditions that communities cannot control.
What a mature circular economy would look like
If circularity is understood as governance, its destination becomes clearer. A mature circular economy would not be one in which waste magically disappears. It would be one in which products enter the market with known repair pathways, documented material profiles, realistic disassembly options, and clearly assigned end-of-life responsibilities. Public buyers would routinely value life-cycle performance. Secondary materials would trade through trusted standards. Hazardous content would be designed out where possible. Users and independent service providers would possess genuine rights to maintain and restore goods.
In such a system, disposal would no longer be the hidden constitutional default. It would be the residual category after maintenance, reuse, remanufacture and safe recovery had been seriously attempted. That may sound procedural, even drab. In practice it would mark a substantial shift in political economy. It would mean that the burden of continuity no longer falls chiefly on households, municipalities and ecosystems.
The circular economy’s missing layer, then, is neither awareness nor invention. It is the durable rulebook that turns materials from fleeting commodities into governed assets across time. The frontier is not merely technological. It is institutional, and that is why it may prove more transformative than the rhetoric that usually surrounds it.
